Will the 10 watts TDP Haswell SoCs have:--2 CPU Cores per CPU SoC--2 CPU threads per Core or a total of 4 CPU threads per CPU SoC--8 double precision FMAs and 16 double precision FMAs per thread, or a total of 32 double precision FMAs and 64 double precision FMAs per CPU SoC--At a 1 Gigahertz clock would this mean a theoretical maximum of 32 Gigahertz double precision and 64 Gigahertz single precision excluding embedded graphics per CPU SoC.Or will the 10 watt TDP Haswell SoC not have 16 double precision FMAs and 32 single precision FMAs per cycle per core?

In other words will the ultra low voltage Haswell CPU cores have 32 single precision flops per clock and 16 double precision flops per clock? Or are the ultra-low voltage Haswell CPU cores different from the 35 watt TDP or desktop Haswell CPU cores?

Another question I have is what will be the lowest TDP Haswell CPU skew that has 4 CPU cores, 8 CPU threads. For ivy bridge it is the 35 watt TDP mobile i7.

Is this equivalent to the dual-integer design of Bulldozer architecture? I know that earlier hyperthreading is not equivalent but does that put one Haswell core equivalent to one Bulldozer module? Not in terms of speed/power but in terms of resources.Reply

Considering that they've updated the OpenGL version with patches in the past, I wouldn't be surprised if this means Haswell will fully support OpenGL 4.0 at launch, and that they'll be working on a patch to 4.2 or 4.3 around then.Reply